Labeling apparatus



May 26, 1942. P. R. POWELL LABELING AP PARATUS Filed March 16, 1940 9 Sheets-Sheet l May 26, 1942. P. R. PCWELL LABELING APPARATUS Filed March 16, 1940 9 Sheets-Sheet 2 Paul R. PowelL May 26, 1942.

P. R. POWELL LABELING APPARATUS Filed March 16, 1940 9 sheets-sheet -3 May 26, 1942. P. R. POWELL LABELING APPARATUS Filed March 16, 1940 9 Sheets-Sheet 4 7 Wu u 7 mm m MM m m 2 w m B 1 a 0.1!?! i A 2 m v' ww pazzl R pOPVezL.

May 26, 1 942. P POWELL 2,284,019

LABELING APPARATUS Filed March 16, 1940 9 Shets-Sheet s y 26, 1942- i i P. R. POWELL I 2,284,019

LABELING APPARATUS .Filed March 16, 1940 9 Sheets-Sheet 7 May 26, 1942.

P. R. POWELL LABELING APPARATUS Filed March is, 1940 9 Sheets-Sheet 8 I pavZR.POWelZ.

May 26, 1942. P. R. POWELL 2,284,019

. LABELING APPARATUS 1 Filed Marph I6, 1940 9 Sheeas-SlueehQ I Powell.

Patented May 26, 1942 UNlTED STATES PATENT OFFICE LABELING APPARATUS Paul R. Powell, Baltimore, Md. 4 7 Application March 16, 194o-, seria1 No. 324,424

36 Claims.

The present invention relates to a labeling apparatus;

Labeling mechanisms now in use for applying labels to bottles or other articles while the articles are in continuous movement are of such construction that the label is supported directly in the path of the article so that the article will strip the label from the pickers or other support.

A serious difficulty with such prior labeling mechanisms is that a label is very apt to be torn when the moving bottle or other article contacts with it while the label is still supported, at least or improperly positioned upon an articlewill be eliminated.

A further object of the'invention is to provide a labeling mechanism which will be highly efficient for applying labels to continuously moving articles.

The labeling apparatus of the present inven tion .is of such construction'that labelswill be applied laterally against a continuously moving article, with the result that the movementof.

the article is not relied upon to strip or otherwise remove the label from the pickers,,but on the other hand, the pickers and the otherelements cooperating therewith carry the label toward the article and positively apply it preferably while moving with the. article. The fact that the article has no operating .function what ever in the application of a label thereto entirely.

eliminates the possibility of tearing the label 0 of its being improperly applied.

Another object of the invention is to a labeling mechanism of such design that allof the label handling elements ,can be" readily ad-. justed or replaced with corresponding elements adaptedtohandle labels of other sizes or shapes or to be'usedwi-tharticles of different. sizes and shapes.

A further object of the invention is taprovide novel forms ofpresser foot structures, wipers and pickers for use upon various labeling apparatus,,as;we1l as novel means for operating the same.

Other objects and advantages of the invention prov de will be apparent from the following drawings, wherein: V

Figure 1 is a rear elevation of the machine, portions'of the supporting structure being broken away and the overhead clamping element being omitted;

Figure 2 is an elevation of the infeed end of the machine;

;Figure 3 is'a vertical transverse sectional view on the line 33 of Figure 1; i

Figure 4 is an end view of the structure shown in Figure 5, the view being taken in the direction of the arrow 4 in Figure 5; p

Figure 5 is a detailed horizontal sectional view on the line 55 of Figure 6f;

Figure 6 is 'a rear elevation of the pickers, wipers and presser foot shown in Figure 4, the View being taken in the direction of the arrow 6 in Figure 4; I

Figure '7 is a vertical sectional view 1-! of Figure 6; I

Figure 8 is a top plan ating mechanism;

Figure 9 is a vertical sectional view on the line 99 of Figure 8 r A Figure 10 is a vertical line la -l0 of Figure '7;

Figure 11 is a side elevation of the wiper and presser foot structure;

Figure 12 is a horizontal sectional view of a sectional view on the "modified form of wiper and'presser foot structure, the view being taken on a line corresponding to the line l2-' i2 of-Figure 11;

Figures 13 to 19 are diagrammatic views in top a plan showing the various positions of the pickers,

wipers and presser foot during the application of a label to a bottle;

Figure 20 is a top plan view similar to Figure 8 of the picker actuating mechanism, the view showing the mechanism at the opposite end of its stroke from the position shown in Figure 8;

and. 7

Figure 21 is a vertical sectional view on the line 2l-2l of Figure 20. t

The drawings illustrate the machine operating upon bottles, but it will be understood that such showing is merely for purpose of description and that numerous types of articles can be handled by the invention structure.

Throughout the following specification the rear.

of the machine is regarded as the side of the machine shown in elevation in Figure 1, and which side is at the right in Figures 2 and 3. It

will thus be noted that bottles B move across on the line view of the picker actu- I turn with respect'to eachother as'to be almost parallel.

the front of the machine, that'is, across the portion shown at the left in Figures 2 and 3.

' GENERAL CoNs'rBUo'noN AND OPERATION.

ously moving, and, more particularly, to apply a During the upward movement of the pickers 39 and 40 toward the label magazine 34 a glue translabel laterally to the bottle, as distinguished from l machines in which labels'are applied to. the front of a moving bottle, that is, in direct opposition to the movement of the bottle, ,Therefore, by the present'apparatus the label applying elements,

laterally inwardly against the bottle and also move forwardly with it along its pathof travel;

7 Also, generally speaking, after operating upon a bottlethe label applying elements move laterally 'away from that bottle and also move rearwardly,-

longitudinally of the machine, in order to move;

laterally in against thesucceeding bottle.

{Referring to Figures ;1, 2, and 3, the machine comprises a substantially rectangular and boxlike base frame 24 'in which-the driving mechanism is enclosed and supported. An endless and continuously moving bottle supporting conveyor 25 moves across the front'of the table26 which" forms'the upper wall of the base 24, the iconveyor moving in the'direction of the arrow in I Figure 1, Asuper-structure?!extends upward "from the table 26, this super-structure 'comprising an upper and generally open rectangular and horizontal, frame supported at its. four corners by 7 legs 28 which join the basefrar'ne24. I

An endless and movingbottleclamping element 29 is suitably supported adjacent the superstructure 21 and is adapted to beardownwardly upon the upper ends of the bottles during their movement throughthe machine to prevent the bottles from being overturned while being labeled. As best shown in Figure 1, bottle supporting conveyor 25 moves .in'the-direction of the arrow so that bottles B enterjthe machine at the left of this view. A label magazine 34 is supported i. e, the pickers, presser foot and wipers, move fer roller 4| (Figure 3) will apply glue to a portion of the upper surfaces of the two pickers so that the lowermost labels in the label magazine will adhere-to this surface.

' As best shown in Figure 5, the presser foot 42 is carried by a horizontal arm 43 andthe wipers 44 and 45 are carried by a horizontal arm 46. The arms43 and are concentrically pivoted upon the labeling carriage 36 about an axis 41, as best shown in Figures 5 and 7. The two arms 43 and 46 are so operated that the presser foot 42 and wipers 44 and 45 will move in'against a bottle through the successive positions shown in Figures Hand and while the labeling carriage Y is moving with a bottle. and will then swing away readiness 'to'meet the succeeding bottle. 7

' It may be stated that when the pickers 38 and have swung downwardly to the substantially vertical position diagrammatically indicated in top plan in Figureliand have commenced the turning movement there indicated, the presser, foot-42 will swing inwardly to bear uponthe central portion of. the label L so as to holdit against the bottle while the pickers continue to pickers.

upon the superrstructure'zl near the outfeed end of the machine, with a "glue pct 35 (Figure 3) just belovs it and to its rear."

In order that the label applyingelements'may:

move longitudinally of the machine with a-bottle being labeled and then returned tomeet the suc- 2 ceeding bottle; these elements are mounted, as

best shown in Figure 6, upon a. labeling carriage 36 longitudinally reciprocable of thetable' 26 and' whichcarriage includesaihorizontally and longitudinally recipro'cablerod 3T mounted in forward extensions 38 (Figures 2Vand 3)' of the superstructure 21." The c'ar'riage36 and rod 31 are reciprocated with the moving bottles B by means subsequently described;

Two pickers 39 and '40. of'plate form are mounted forupward and downward swinging movement upon the rod 31 so that while moving 7 longitudinally of the machine with rod 31 they:

' tionthe labeling elements ceecling bottle. 1

turn toward theposition of Figure 15, thereby causing'the ends of the label to be partly stripped from and partlyfslide off of the inner edges of the After thegpickers have turned to the position shown in Figure 15 so as to be almost parallel,

; the wipers '44 and will move to the position of Figure 16, with one wiper on each side of the presser foot so as tolwipe the edges of the'label about the bottle as shown in the successive positions of-Figures 16 and 17. Presser foot 42-will then begin its rearward horizontal swinging movement so as to force the wipers apart as shown in'Figurej 18 and the presser foot and wipers will then return through a horizontal arc of substantially 90? after whichthe labeling carriage 36 will begin its rearward movement longitudinallyof the-machine in readiness to posi-r v Drivinomecham'sm and conveyor The numeral 50 designates a motor suitably mounted within the base 24 and'which, through sprocket chain 5| (Figures 1 and 2) drives a sprocket wheel 52 fixed to .a shaft 53. Shaft 53 is suitably geared to a main cam shaft 54j.pro-

which extends longitudinally of the machine and.

vided with a number of main cams, hereinafter described. Shaft 54is also geared to a shaft 55 carriesa cam 56. A shaft 51 journaled in'the r upp'er andrear. portion of a base 24 is provided i outer end as shown in Figure 2 to bearupon the cam 56. .As,illustrated in Figures 1 to 3, shaft will also swing from a substantially horizontal position against the lowermost labels in the label magazine 34 downto a substantially vertical position adjacent the bbttleand'then return. During such movement, 'the relativeposition of the two pickers 39 and 40 with respect to each other will vary, that is,' when they are adjacent the label magazine, they will both, lie in the same plane as indicated intop plan in Figure 19.

theflotherhand, when the pickers are adjacent thebottle as'shown in Figure 15, they will so.

at one end with an arm 58 having a' roller at its 5'lli'as, a pairfof spaced arms 63 extending vertia cally upwardly from the same pastthe glue pot 35; A link 64 extends forwardly fromthe upper end of each lever 63, the free ends of the links supporting the glue transfer roller 4| between them.

L Roller 4lis provided at one end with a reduced. hub {portion adapted Ito roll upon a slightly curved and substantially h'orizontal'track bar 6G. It will be obvious that by the above arrange- .ment the rotation of cam 56 will cause thevertical'arms B3 to swing betweenthe solid line and to act upon the 511C? dotted line positions shown in Figure 3.: When the arms 63 are in the dotted line'position, the glue transfer roller 4| will contact with the fountain roller 68 inthe glue pot 35, while forward tain roller 68 of the glue pot in well known man ner. The glue pot 35 may be of any desired construction such as ordinarily used and is preferably removable from the super-structure 28.

Referring to Figure 1, the main cam shaft-54' has a sprocket secured thereto so that it may drive, by means of a heavy sprocket chain 12,

a large sprocket wheel 13 fixed to a horizontal shaft 14 at the outfeed end of the machine. Shaft 14 carries a sprocket drum 15 about which the bottle supporting conveyor moves. The opposite end of sprocket chain 25 moves about a large sprocket drum I6 provided at the infeed end of the machine. The shafts carrying the drums 15 and 16 are preferably journaled in horizontal extensions of the base 24 of the machine. If desired, as generally indicated in Figure 1, the machine may be provided with a bypass conveyor positioned forwardly of the bottle supporting conveyor 25 and upon which bottles may be moved past the apparatus without having labels applied thereto. By-pass conveyor I 80 may be driven from the conveyor drive shaft 14 through a sprocket chain Ma. A take-up device 83 is preferably associated with one run of the conveyor driving sprocket chain 12 in order to hold the same under proper tension.

In order to prevent bottles or slender articles from being tilted or knocked over during theapplication of labels thereto, the machine includes a bottle clamping element 29 associated therewith. This element preferably comprises an endless chain moving in a horizontal, plane about sprocket wheels 85 (Figure 3) mounted upon plunger '81, the socket elements beingv spaced along the endless chain of element 29 so that each socket will be aligned with a resilient bottle supporting socket 88 on the bottle supportingconveyor 25. cludes an upwardly extending portion 89 which engages a plate 90 of such shape as to substantially conform to the runvof element 29 and mounted upon posts 9| extending upwardly from the table 26. A housing 94 (Figure 2) is provided at each end of the plate 90 and the housing is provided with cam means, not shown, which serve to lift a plunger 81 at'the moment that such plunger moves adjacent amome carried upon the infeed portion of bottle supporting conveyor 25, the cam means being of such for mation that it will permit the plunger 81 to come Each socket 86 of element 29 in into contact with the bottle before the bottle is 6 carried adjacent the labeling elements by the supporting conveyor 25. Since the plungers 81 are downwardly spring pressed, pressure will be exerted uponthe bottle to maintain it upright upon the supporting conveyor 25 while the-bottle is being labeled. A similar casing 94 is provided at the outfeed end of clamping element 29 to raise each plunger 81 from a bottle so that the bottle may move freely from the machine.

It will be understood that the bottle clamping element, generally described above, may be replaced by an endless belt moving in a vertical plane at a suitable height above the bottle supporting conveyor 25 and with its lower run downwardly spring pressed so that bottles will be securely clamped upon the bottle supporting conveyor 25 during their movement past the label ing elements. 7

. Whatever type of clamping device is used, it is preferable that it be so mounted as to be vertically adjustable to'permit runs of bottles of different heights to be handled upon the machine.

Labeling carriage Y The main cam shaft 54-is provided with a plurality of cams by means of which the labeling carriage 36 is reciprocated longitudinally of the machine and the labeling elements are given their proper movement. A cam [00 fixed to shaft 54 is engaged by the lower arm of a large bell crank |0| mounted for swinging movement in an extension I02 of one journal of shaft 54. Bell crank l0| is held in engagement with cam I00,

by a heavy spring. I03 and its'upper end (Figures 1 and 6) is connected by a horizontally extending link IOZ'to' the labeling carriage 36 so that swinging movement of the bell crank |0| will cause the carriage 36 tobe reciprocated longitudinally of .the machine,

As best shown in Figure 6, the labeling carriage 36 is in the form of a vertically arranged rectangular frame including side bars I54, a top bar I05 and bottom bar I06. As best shown in Figure '7, a cross bar I0! extends between the side bars I04 at a point slightly below the topbar I05. The bottom bar 106 includes a horizontally extending cutout portion I09, hereinafter described and, as best shown in Figures 6 and 7, the lower surface of bottom bar |06 is longitudinally recessed to provide spaced longitudinal' shoulders H0 and HI. Theseshoulders are adapted to engage about the, lower edge of a slot I I2 in a'bar H3 extending longitudinally of the table 26 beneath the bottle supporting conveyor 25. v, Ineifect, the bottom bar |06 of carriage 36 is seated inv the cutout N2 of bar H3 so that it may slide upon the same. It will be noted that the portion of cutout |2 nearest the outfeed end of the machine, that is, to the right the conveyor 25 and the operating mechanism at the infeed portion of the machine.

The upper bar I 05 of the carriage'36 is bolted to the sidebars I04 adjacent the upper ends of the latter, as shown in Figure 6. The sidebars I04 are inclined slightly forwardly as indicated at H8 above upper bar I05 as illustrated inFigure 7, these extensions being apertured-so that the horizontal rod 31 may be secured therein by pins I M.

Rod 3'5 is supported at each end for reciproe cation in the forward extensions 38 of the superstructure- 28z Asbest shown inFigure 2, the

extensions 38 are'secured to thesuperstructure 28.

o by bolts-. 'By disconnecting the extensions- 38 from the superstructure, therool 31 may be moved toward the outfeed end of the-machine in. order to align the lower bar I06 of carriage 36with the enlarged cutout II4 of bar I I3' so that; the carriage 36 and rod 31*may be removed from'the machine andreplaced': by corresponding elements fitted with label applying elements adapted to act upon articles of other sizes or? conformations. Priorto the above mentioned removal of carriage 36- and rod 31, the bell crank IOI-must be disconnected from the carriage 36-by freeing the:

link I02 from the carriage. The other operating means ofthe apparatus, hereinafter described, must also be disconnected from the carriage and rod and. the manner in which this is done will be subsequently described.

It will be understoodthaj the normal ,longitudinal reciprocation.ofcarriage 36 during labeling operations is not sufiicient to bring-the lower 7 end ofthe carriage into alignment larged cutout I4 in bar I I3.

' V Presser foot andwipcrs aaao ments which I connect the lower segmental gear arm I29. and rearward eccentric straprod- I26.

The lower arm I29 has-a beveled gear segment I50 secured theretoso that when the arm I29 -is with .the en- The presserfoot 42 andwipers 44 and45"are" actuated from the main cam shaft 54 by a pair of eccentrics I22 and I23. These eccentrics may be moved" upwardly or downwardly by the: eccentric straparm I26, the segmental gear I50 wil1 rotatev about the. pin I30. The teeth of gear I50;;1neshwith teeth upon the upper and segmental portion. of a s1ightly bowed-rod: I5I which, as shown in Figure 7, is pivoted for turning movement about the vertical axis 41 upon a bushing I52 surrounding a' pin I53journaled inthe two upper arms I05 and I01-of carriage 36. The lower endof rod I5I is pivotally supported upon a pin I54" mounted in'the lower arm I06 of carriage 36 andthe arm 46 which carries the wipers 44 and 45 extends from the rod I5I.

The free end of arm 46 has the wipers 44 and 45 mounted thereon as best-shown in Figures 5,

6 andll,bythe-following'arrangementrArm 46.

is provided at its free end with an upstanding post I58 having-small forwardly'and horizontally extending upper and ;lowerbrackets. I59 fixed thereto; Apin I60 extends between the brackets I59 and has .upper' and lower pairs of levers IIiI pivoted thereon; ea'ch pair in scissors relation as:

best shownin Figures 5 and'll. The longer portions otthe levers extend forwardly and the wiper rollers 44 and 45 are mounted for rotation.

adjustably secured to. discs, not, shown, fixed to v the shaft 54 by means of aboltiand slot connec- 7 tion I24 as indicated in Figure 6 so that the ec-.

centrics maybe timed. The eccentrics I22 and I23 aresurroimded by straps I 25 and'l25a, re-

spectively, which have-rods I26 and I26a, re-f spectively, extending upwardly therefrom'toward the labeling carriage '36. The upper portion of each rod has a plurality of coil springs I 21',' pref- V erably four, r'emovably' secured thereto. 'Ihe springs associated with the. rearward rod I26. at their upperendsare detachably secured to a link I28 pivoted at I29a to the outer end of a segmene t al gear arm I29 rotatable upon a horizontally extending pinI 30 (Figures 6 and 7) projecting rearwardly from the intermediate crossbar I01 of carriage 36. v Y

A second connectio n between the rearward ec-- centric strap rod I26 and-the' upper g'ear arm I29 is provided by means of a link I36pivotedto arm.

I29 inwardly of link' I28. Link |36has astud I31 threadedflthereto; which stud slides within-a sleeve I 38 extending upwardly from a socket I39 in. an offset portion 1400f rearward eccentric strap rod I26.

socket I39. By the above arrangement, downward movement of eccentric strap rod I26 will cause a downward pull to be exerted upon arm- I29 through thefour coil springs I21, while upward movement of eccentric strap rod I26 will causearm I29 to be swung upwardly through.

pressure exerted upon the lower end of stud I31.

The rod I26a of theeccentric strap l25a surrounding the inner eccentric I23 is connected in the same manner as has been described above to a segmental gear arm I45, pivoted upon. a pin I46 extending rearwardly from the top. bar I05 of labeling carriagef3'6.- Since, as shown in Figure 6, the arm I is above the arm I29, the link A disc I4Iof greater diameter than the bore of sleeve ,l38 is positioned-inisocket I39 beneath the sleeve I38 and is -held up against the' lower end of the sleeve and the stud=l31 by a coil spring I42 seated'in a lower portion of between the upper and lower levers of each pair. The shorter arms .of the levers extend alongside; the post I58 so as tolimit the closing movement;

ofthe longer arms. Vertically arranged plates I63 connect the upper-and'lower levers at each. 'side of a pairand the longer arms I 6| of the levers are urged to closed position by a series of U-shaped springs I64 which are fitted about the post I58. and have their ends bearing upon the outersurfacesof the. vertical plates I63.

Asshown by; dotted lines in Figure 11. wiping 7 whicl r is journaledon the axis line 41 in the two upper arms I05 and I01 of carriage 36; 'At

t the extreme lower end of pin I53, the upper end of avertically extending and slightly :bowed'rod I12 is secured to the same,the lower end of rod I12- being mountedl-forturning movement upon the pin I54in the lowercross arm I06 of carriage -36. It will be observed that rod I12 ispositioned within rod 151. Y

1 The arm 43 which carries the presser foot- 42 extends. horizontally from bar I12. The outer end of arm .43 is provided with an upstanding .portion I14 which carries the presser foot. As

I illustrated in Figures ;5 and 11, the presser foot comprises a body member I 16 of substantially triangular form in horizontal section and having its apex positioned rearwardly and slotted to embrace the upstanding post I14. The slidewall of the body member I16 is grooved to receive the inturned edges'of a substantially U-shaped rubber strip I11 which forms I the contact member of the presser foot. The edges of the contact member I11 are held in the groove of the body .memberfl16 by a series of vertically spaced an- I28 aand stud I31a associated with arm I45 are somewhat longer than the corresponding eleigled springs I18. The springs are held in place along the body member I16 by screws, not shown. As diagrammatically shown in Figure 5, the

6, the upper segmental after explained, turns upon and reciprocates front portion of rubber strip I11 is normally out -of contact with the presser foot body member I16 and thus forms a cushion element which will accommodate itself to the surface being labeled, as

shown in Figure 5.

It will be noted that since the body member I16 of the presser foot 42 has its apex facing rollers I80 mounted upon pins extending between the upper and lower arms of the scissors elements [SI of the wiper element, the body member I16 will, when in contact with the rollers I80, serve to spread the elements I6I carrying the wipers.

It will be observed that the eccentric strap rods I26 and I26a which operate the presser foot and wiper elements can be disconnected from the latter by unhooking the springs I21 which connect the rods to the respective segmental gear arms I29 and IE5. When this has been done,

the studs I31 and ,I31a which fit into the sleeves I38 and I38a of the eccentric strap arms can be removed from the sleeves. This arrangement frees the carriage 36 from the operating elements just referred to.

It will also be noted that the eccentrics I22 and I23 are so positioned-upon the main'cam shaft 54 that downward movement of the respective eccentric straps I25 and I25a and their associated rods will move the presser foot 42 and wiper rollers 44 and 45 againstv the articles to be labeled. The force exerted by the eccentric strap arms at this time is transmitted to the segmental gear arms I29 and I45 through the springs I21 and the contact of the presser foot 'and wipers with an article being labeled, will The picker plates 39 and 40 are operated from' an eccentric I85 mounted on the shaft 54 and surrounded by a strap I86 which has a yoke I81 pivotally connected thereto 'upon pins I88. A

-rod I89 extends upwardly from the yoke I81 and is connected to a connecting rod I90 by springs I9 I similar to the springs I21, and a stud and sleeve connection, not shown, similar to that illustrated in Figures 4 and 6 for connecting the wiper and the presser foot operating eccentrics to the segmental gear arms I29 and I45. It will be noted from Figure 4 that the picker operating eccentric I85 is at the forward side of the bottle supporting conveyor 25.

The connection between the eccentric strap rod I89 and the upper connecting rod I90, just mentioned, can be released in the manner de: scribed above in connection with the presser foot and wiper operating mechanisms so that the carriage 36 and its associated reciprocable parts will be entirely free for removal from the machine in the manner described above. The springs I9! and the associated resiliently mounted stud and sleeve also provide a resilient connection between the pickers and the operating eccentric I85.

As shown in Figures 4, 7, and 10, the upper connecting rod I90 is threaded into a yoke I92 pivotally' connected at I99 upon a trunnion I91 which is mounted in a horizontal plane and has its ends journalled as indicated in Figure 10 in journal elements I98 adjustably mounted in a box structure I99. The box structurezI99 is part of a picker carrier 200 which is mounted upon the reciprocating rod 31 and, as herein- 7 with the latter rod. It will be observed that the manner-of connectingthe connecting rod I to the picker carrier 200 describedabove, as well as the manner of connecting the rod I90 to strap I86, insures that a full operative connection between the cam and picker carrier will be provided regardless of the angles between the operating elements which connect the same.

Picker carrier 200 is connected to reciprocating rod 31 by an apertured lug 205 (Figure-6) positioned upon rod '31 immediately adjacent the upward extension II8 of carriage 36 nearest the infeed end of the machine. From that point picker carrier 200 extends alongside the rod 31 to a point opposite the far end of carriage 36 and is there provided with a sleeve portion 206 which surrounds the rod 31 in abutment with the other extension .II8 of carriage 36. sleeve portion 206 I extends slightly rearwardly from rod 31 as best shown in Figures 6 and 9, and has tubular portions 201 depending therefrom in which shafts 208 carrying the picker plates are mounted.

As best shown in Figure 6, the pickers 39 and 40 each include a hub or sleeve portion '2I2 having a bore thereinwhich fits upon the corresponding shaft 208. At the lower end of each sleeve portion 2I2, a pin 2 I3 extends through the lower end of the corresponding shaft 208 so that the pickers 39 and 40 will thereby rotate with the shafts. The plate portion of each picker is, as

best shown in Figure 8, somewhat offset with respect to the axis of the supporting shaft 208; The picker plates may be of any desired outline in order to handle the labels to be applied. The pickers illustrated herein are of the type adapted to apply a small label L to the top portion of a bottle and a larger label L to the body of the bottle. V g

best shown in Figures 8 and 9, a gear segment 220 is fixed to the upper end of each picker shaft 208 so that the two segments mesh. The

segments are cut away on their forward faces as indicated at 2200. in Figure 8 and have ex-' tensions 22Gb at the outer edges of these faces for a purpose hereinafter described. Also, as best shown in Figure 9, each segment is thickened at its arcuate and toothed depending flange 2200; V

The two segments are urged to rotate'for wardly by coil springs 222 secured to lugs 223 on the upper and lower faces of the respective segments, the lugs being positioned to the rear and laterally outwardly of the axis of the picker shafts 208. This action of the springs 222 serves to hold a cam engaging roller 225 on the upper. surface of the picker segment 220 shown at the Referring to Figures 6 and 8, the cam bar 221' has'the cam 221a formed upon its end nearest the outfeed end of the machine and extends from abracket 228 mounted in the bightof the bifurcated super-structure extension 38 which is nearest the infeed end of the machine. Since bracket 228 is enclosed bythe extension 38a, it will not reciprocate-with therod. 31. However, because of the bar 221 and cam 221a are engaged on their forward side' as' shown in Figure 8, by several overhangingears 230 on the carrier 200 and by similar ears 23-I on their rearward sides,

the cam bar and 'cam will oscillate about and The edge to form a 'above the rod 3'! with the picker carrier as subsequently described v Since the 'picker-carrier "AIlll in elfect-surrounds the upper end of carriage 36 on rod'31, it will reciprocate longitudinally of the machine withrody3l and carriage 36 when the l atter are reciprocatedby the action of the large bell crank lfll. During such movement, the picker carrier 200, including its sleeve portion 206," will oscillate in a vertical plane about therod 3'! due'tothe action of the cam I85 transmittedthroughstrap rod 189 and connecting rod I90. During the longitudinal reciprocation of the picker carrier 230 with the rod 31, the cam engaging roller 2-25 for the right hand picker seghie'nt-220 will move along therearward surface 7 of the cam portion "22111 of cam bar 22! which will'os'cillate about rod' 31 with :carrier 260 but will not reciprocate with the rod. As'shown in Figure 8, the two end portions, 235 and 236 of cam-22in; are fiat so that while the roller 2'25 bearing onthes'e portions, the picke'r .plates 3S and will lie in the same plane as indicatedin dotted lines in Figure 8-. -However, a dwell or re'- case 231 is formed on'the cam 2 21a between the two flat-surfaces so that as thepicker carrier 20!! carries the roller 225 -t0 the right along cam 221a in Figure 8, the-roller 2-25 will move forwardly into *this dwellwith theresult that the picker plates will swing forwardly to be almost'parallel The longitudinal movement of lock slide 240 to the ;-left- (Figure 8) with picker carrier 2001s glimite'd by a pin 243 extending downwardly from cam bar 22.! intermediate its length. The right hand movement of the lock slide 24fl'to the right in Figure 8 is limited-by a second Pin 2 extending downwardly from the extreme right hand endof cam-221a.

The pins 243 and 244 are sospaced and the length of lock slide 240 is such that when the picker carrier 2001s at its left hand limit of lonrod 3land carriage 36, the frictional engagement of lock slide 240 in the carrier :00 will with each other as diagrammatically illustrated i a in Figure 15. As Will'be hereinafter explained.

and'as indicated in Figure '15, thecam I85 will,

then 'beswinging the picker carrier'200 and the pickers through that portion of their vertically reciprocable oroscillatable path of travel wherein they 'willhave lust carried a-label to the'b'ottle and have turned apart-from each other to lie J alongside the bottle. v 3

Further movement of the picker carrier 200 to the right in l' ig'urell with the'rod 31 will} cause the cam engaging roller 225 to reach the right "hand (Figure B) "fiat surface 236 ofcam 221a,

asshown in Figure 20, with the result that the pickers will again lie'in the same plane as shown indotted linesin Figure 20. At this latter moment, the pickers will be moving upwardly through a vertical plane to have glue applied thereto by the glue transferroller- 4|. After this has been done and the pickers have removed lae bels from the label'rnagazine 34, the picker carrod 31am carriage alongthe cam bar 221'. Obviously, if the-cam roller 225 were free to'move into the 'dwell 231 of cam 221a on the return' movement described above, thepicker plates 39 order to prevent. such swinging action of the picker plates at "this time; a lock slide'f240 is cause the lock slide-to move to the right with the latter. Hence, the flanges 2200 of the for"- ward extensions 22Gb of the picker segments 220 may move inwardly to carry the pickers 39 and dil to'lthe position 'shown in Figure 15 or, in other words, the cam engaging 'roll 225 will be free to move inwardly into the dwell 231 of the bani 227a; However, just before the picker carrier 200 reaches its right hand limit of the lock slide 240 will contact with the pin 244 carried by the cam 221a, with the result that further movement of slide 240 will be prevented and carrier 200 will move on along it with rod 31 to-carry the pick'er segment extensions22llb to a position slightly past" the recess240a oflock slide 240, as shown in Figure 20. e

When the pickercarri'er 200 and picker segments 220 'returnto the :left along cam 221a with rod 31,,lock slide 240 will, because of its friction fit, also move to the left in the position plane during such return movement. As has friei' 200 Will-move to the left (Figure 8) with been stated above, "and as will be hereinafter more fully explained, at this time "the picker plates BF'ahd Tll have just removed a label from thef label magazine 34 and are initiating their downward movement toward a bottle. Just before the picker carrier 280 reaches its left hand limitof movement along cam 221a with rod 31 and car'ri'age 36, the left hand end of the lock mounted in recesses 24lr in the lower portion of the ears 230 of 'picker'carrier 200, as best shown in Figures 8 and 9. The lock slide is thus sup-,

ported in the plane in which the depending flanges. 2200 of the gear segments 220 move.

Lock slide 240 has a friction fit in the recesses 241 and hence tends to move with .carrierfZllIl. The lock 'slidefalsojis provided with a cutout 240w substantially midway of its length" which is of suflicient sizeto receive the flanges22llc of the segments-220 when the latter swing forslideiEZ'lLWillcontact withithe left handpin 243 carried-by the cam bar 221 so that further left hand movement of the lock slide 240 will be prevented while "the picker carrier 280 will move slightly further to the leftto bring the flanges 22llc of theextensio'ns 22Gb ofpicker segments 22fl:directly opposite the recess 246a so thatwhen the pilier carrier again travels to the left along cafn 22lq,-the depending flanges 2211c of the extensions 2201) will be free to enter the cutout 240d and/permit the-picker plates 39 and to turn toa, position substantially parallel with each other; as best shown in Figure 15;

wardly with-the picker plates 39 and 40 as is in-' I tended to occu When the pickers-have carried a label adjabnt a bOttl, ShbWn in Figure 15;

g The label magazine flabel ma gazine 134 may be of well "known form including label stack holders 245car'rled in a' framefili removably supported on the open and upper portion of the super-structure 21.

The stack holders 245 are adjustable as to size and are also adjustable in both directions horizontally of the frame in order to permit their position to be varied so that labels may be applied to various areas of the pickers. lhe frame 246 also supports a horizontal arm 24! which overhangs the stack holders and has rods 248 depending therefrom to guide followers downwardly with the label stacks.

Figure 12 presser foot and wipers Figure 12 shows a modified form of presser foot and wiper structure. The primary difference between the structure illustrated in Figure 12 and that shown in Figure and hereinbefore described is that the arms lfila of the Figure 12 wiper structure carry a toggle device generally indicated by the numeral 253 and comprising a pair of levers pivoted on rods 25! carried by the arms |6la and pivotally joined at their adjacent ends about a vertical rod 252 which extends down between the wiper arms Hila just forwardly of their pivots. presser foot 220, is provided with a socket 253 which, when the presser foot moves backwardly against the rod 252, will cause the latter to move iearwardly to spread the wiper supporting arms 16m. As is the case in the Fig. 5 structure, the wiper arms Mia will normally be urged toward each other by the bowed springs 164a.

Detailed operation of labeling elements The operation of the labeling elements of the present apparatus is as follows:

Bottles or other articles delivered to the machine by a suitable conveyor will be received on conveyor 25 and moved through the machine from left to right as indicated'by the arrow in Figure 1. Suitable mechanism, similar to that shown in Patent No 2,013,144 for Bottle handling machine and control therefor, issued to Wiltie I, Gladfelter on September 3, 1935, may be pro- The rear surface of the vided onthe machine to insure that incoming be regarded, for present purposes, as the begin ning of a cycle of operation.

In Figure 19, an incoming and unlabeled bottle B is indicated at position b while a bottle B which has just had labels applied thereto, is indicated at position b2. The reciprocable stroke of the carriage 36 is indicated by the line CS. It will be observed from this that the labeling carriage 36 is at its limit of movementtoward the outfeed end of the machine and that the presser foot 42 is swinging awayfrom the bottle supporting conveyor 25 with the wipers M and 45, the presser foot 42 being in engagement with the wiper spreading rolls I86 so that the wiping rolls 44 and 45 are spread apart. I At this time, the picker plates 39 and "in are in engagement with the lowermost labels L and L of the label magazine 36 and the glue transfer roller l is ward the outfeed end. The presser foot 42 and wiper rolls 44 and Mohave reached their rear- .ward limitof swinging movement upon the carriage35 and the pickers have swung somewhat downwardly toward the conveyor 25 and (due to the movement of carriage 36 and its associated reciprocable elements, including the rod 31 and picker carrier 26D) toward the infeed end of the machine, the picker plates 39 and 4B are simultaneously moving toward the infeed end of the machine as they swing downwardly, as indicated by-the arrow appearing upon the picker plate 39. The extent of the forward movement and movement toward the infeed end of the machine of the picker plates 39 and 40,;carrying labels L and L is indicated by the labels M shown in Figure 13 and which represent the now lowermost labels in the "label magazine 34. The glue transfer roller 4| has begun to swing toward the front of the machine. a j

Referring to Figure 14, this view shows the label applying elements substantially advanced from the position shown in Figure 13 in that the carriage 36 and its associated reciprocable elements have now entirely reached the end of their movement toward the infeed end of the machine and have commenced reciprocable movement toward the outfeed end of the machine, that is, movement in the direction of travel of the bottle B. Also, the picker plates 39 and 40 have now swung downwardly to. a substantially vertical position and the movement of the cam roller 225 (Figure 8) into the dwell 23! of cam 221a, has caused the picker plates to begin forward turning movement as indicated by the arrows applied thereto. It will be observed that the turning movement of the picker plates moves the central portion of the label L against the bottle, the ends of the labels still adhering in Figure 14 to the inner edge portions of the picker plates.' Also, the presser foot 42 is just about to contact with the central portion of the label to hold it in engagement with the bottle while the wiper rolls 44 and 45, positioned v in close proximity-to each other bythe action of the springs I64, are moving forwardly behind the presser foot will contact with the bottle in 7 advance of the wipers. In Figure 14, the glue transfer roller M is at its forward limit of movement. Carriage 36 is now moving toward the outfeed end of the machine at the same speed a as the bottle.

Referring further to Figure 14, it will be noted that the turning movement of the picker plates 39 and 40, shown in progress in this figure and which continues until the pickers are in the relative position with respect to. each other shown in Figure 15 (th'at'is, almost parallel to each other), will cause the edge portions of a label to slide somewhat along the rear surface of the pickers as the pickers turn, since the centraljportionof the label is firmly held against the bottle; combined with this sliding movement there is also a slight stripping action, but

' the presser foot.

the components of the two movements are such that at least the label is not entirely stripped or ripped from the picker plates. The factthat the label has a sliding movement along the picker plates further obviates the possibility -of I the label being torn as it leaves the picker plates. 6

In Figure 15, the picker plates 39 and 40 have of the picker carrier 280 induced by-the downward movement of connecting link I9Il.and cam strap rod I89 (Figure 4) caused'by the corresponding cam I85; However,-carriage 36, rod 31; and pickerf carrier 209 have not yetmoved sufiiciently far toward the outfeed end of the machine to bring the cam engaging roller 225 out of the dwell 231 of cam 221a and the picker plates- 39 and 48 are therefore still turned'for- V turning movementiof the pickers is occasioned by the fact that the cam engaging'roller 225 on picker segment 220 has reachedtheleft'hand slope (Figure 8) 'of the dwell 231 ofcam 221a.

'The presser foot'43 is still in contact with the central portion of the label L upon the'bottle B and the wipers 44 and 45 are now in contact with the label at the portions thereof adjacent In Figure 1'7; which shows a position of the parts closely adjacent that of Figure 16, the wipers 44 and 45 have almost completed their movement along the edges of the label to attach the same to the bottle,' carriage 36 and its associated reciprocable elements are still moving in the same direction as the bottle and the pickers 39' and 46 are both lying in the same plane and have moved to apoint just below the path of travel of the glue transfer, roller 4IIwhich is still moving rearwardly. The label M shown in 1 Figure 1'? indicates the position of the "label magazine longitudinallyofthe machineand it will be noted from this as well as from" the arrow applied to the picker plate 39 that the pickers, with the carriage .36, are still moving toward the outfeed end of the-machine simultaneously 'withthe upward swinging; movement.

In Figure 18, the labeling carriage 36 and its associated reciprocable elements are still moving in the same direction as the bottle, though at I a slower speed, but the wipers 44 and 45 have completed their forwardswinging movementand the presser foot 42 has moved backwardlyinto contact with the wiper spreading rolls I88 soas to spread apart the wiper arms I6 l.- Furthermore,

both the presser foot arm 43 and the wiperarm 46 have commenced their rearward swinging movement with the wipers spread apart'by the presser foot so that the wipers 44 and Ham not in contact with the label at any time during their rearwardswinging movement. 'Itfisto be vemphasized that the wipers will be spread by the presser foot immediately they reachtheir I limit of forward movement sothat the wipers willsubsequently be out of contact with both the label and the bottle; Also, the, fact that Figure also now begun to swing backwardly toward the label magazine 34 by reason of the upward rotation wardly.

In'Figure l8, the pickers 39 and 40 are in contactwith the glue transfer roller 4| so that glue is being applied to their upper surfaces by the roller as it swings rearwardly. It will be noted that in this figure, the glue transfer roller 4| extends over the picker plate 40 to a greater extent than the plate 39 because the carriage 39 and pickers are still moving in the same direction as the bottle However, the roller 4| will only contact with the usual raised glue receiving areas of the picker plates.

InFigure 19, the carriage 36 and its associated reciprocating parts have reached the limit of their movement toward the outfeed end of the machine with the result that the pickers 39 and 40 will be properly aligned with the" label magazine 34and'the wipers 44 and 45 have moved l entirely away from.the bottle which has been labeled and which is indicated at position b2.

'Also, the presser foot 42 and the wipers aremovring beneath the pickers, which latter are in their uppermost and horizontal position. The glue transfer'roller 4| has moved entirely out of the path of the pickers and is in contact with the fountain roll 58.

Throw-out mechanism In the event that no bottle is positioned upon an article socket 88 ofconveyor 25, it is desirable to prevent'the picker plates 39 and 40 from receiving a label from the magazine 34. In

order to obtain this result, a vertical shaft 260 tector arm 262 and a stop arm 263, with the lat- 'ter uppermost and the shaft is urged to turn to holdthe stop arm 263 against connecting rod I90 by a spring 264 which is connected at one end to a lever 265 carried by the lower end of the shaft; the opposite end of the spring being connected to a stud 266 fixed to a table portion 26I. The urging of the stop arm to that position will also'hold detector arm directly in the path of bottles or other articles moving with conveyor 25.

In operation, if'a bottle is positioned upon a. socket 88 on'conveyor 25 as that socket reaches the po'sition indicated at 113 in Figure 18 (substantially opposite which position the shaft 260is located on the table portion 26I), such bottle will contact with the detector arm.262 to move that arm so as to turnshaft 266 against the action of spring 264 until the bottle has moved along sufiicien'tly far with the conveyor 25 to clear the end of the detector arm. The rotation of shaft 260 will,of course, carry the stop arm 263 in the same direction as detector arm 262 and out of contact with connecting link I and the operation of the machine will in no way be affected.

However, if no bottle is present upon a socket 88 as the latter approaches position b3 of Figure 18 the detector arm 262 wlllnot be swung forwardly with the conveyor in the manner described above and the stop arm 263 will remain in contact with the connecting link I90 which is exerting downward pull upon picker carrier 200 to swing the picker plates 39 and 40 upward I movable in opposite directions carried by said from the position shown in Figure 18 to that shown in-Figure 19, in which latter position they will receive a label from the magazine 34.

At this point in the cycle of operation the connecting rod I90 will be in amuch lower position than that indicated in Figure 4 so that the locking nut I921: will be down almost in contact with the upper surface of stop arm 263, and continued downward movement of connecting link I90 will be prevented when the lock nut I921, serving as a block, comes into contact with the upper surface of stop rod 263. As a result, further downward movement of the connecting link l90 will be prevented and the picker plates 39 and 40 will not be raised sufiiciently far to reach the lowermost label of the label magazine. Hence, when the socket 88 in question comes adjacent the label. applying elements, including the subsequently descending picker plates 39 and 40, the picker plates will move toward that socket with no label upon them. The fact that downward pull upon connecting link I90 is exerted primarily through the coil springs l9l will, of course, permit the cam strap rod I89 to move downwardly through the slight remaining distance of its stroke despite the fact that link I99 izsmlield against such movement by the stop rod Subject matter disclosed but not claimed herein is claimed in my application for Conveyer structures, Serial No. 410,641 filed September 12, 1941.

The terminology used in the specification is for the purpose of description, the scope of the invention being indicated by the following claims.

I claim: a

1. In a labeling apparatus, means to support and movearticles along a predetermined path, a carriage movable along said path, label applying elements carried by said carriage and movable laterally toward said path, and means to move said carriage and label applying elements substantially at the same linear speed as said supporting means at least While the label applying elements are adjacent the article.

2. In a labeling apparatus, means to support and move articles along a predetermined path, a carriage movable along said path, label applying elements carried by said carriage and oscillatable with respect to said carriage and path, and means to move said supporting means, carriage and label applying elements in synchronism.

3. In a labeling apparatus, continuously moving means to support and move articles along a predetermined path, a carriage reciprocable along said path, label applying elements carried by said carriage and movable laterally with respect to said carriage toward said path, and means to move said supporting means, carriage and label applying elements in synchronism.

4. In a labeling apparatus, continuously moving means to support and move articles along a predetermined path, a carriage reciprocable along said path, label applying elements carried by said carriage and oscillatable with respect to said carriage and said path, and means to move said supporting means, carriage and label applying elements in synchronism.

5. In a labeling apparatus, means to move articles in a predetermined path, a frame structure fixed adjacent said path, a label magazine carried by said frame structure and spaced from said path, a picker support reciprocable along said path and also in a plane transverse thereto between said path and magazine, a picker plate picker support, and means to reciprocate said picker support along said path and in a .direction transverse thereto, and move said plate with respect to said picker support. V

6. In a labeling apparatus, means to move articles in a. predetermined path, a frame structure fixed adjacent said path, a label magazine carried by said frame structure and spaced from said path, a picker support reciprocable alom; said path and also in a plane transverse thereto between said path and magazine, a picker plate movable in opposite directions carried by said picker support, means to reciprocate said picker support alongsaid path and in 'a direction transverse thereto, and move said plate with respect to said picker support, and means to hold said plate against movement with respect to, said picker support during one direction of transverse movement of said picker support.

7. In a labeling apparatus, means to move articles along a predetermined path, a frame structure'fixed adjacent said path, an element reciprocable in said frame structure, a label magazine carried by said frame structure and spaced from said path, a picker support reciprocable with said element, a picker plate pivoted upon said picker support, and means to reciprocate saidelement along said path, reciprocate said picker support upon said element and between said magazine and path, and move said plate with respectto said picker support.

8. In a labeling apparatus, means to move articles along a predetermined path, a frame.

structure fixed adjacentsaid path, an element reciprocable in said frame structure, a label magazine carried by said frame structure and spaced from said path, a picker support reciprocable with said element, apicker plate pivoted upon said picker support, means to reciprocate said element along said path, reciprocate said picker su port upon said element and between saidmagazine and path, and move said plate with respect to said picker support, and means to hold said plate against movement with respect to said picker support during one direction I of movement of said picker support.

9. In a labeling apparatus, means to support and'move articles in a predetermined path, an element reciprocable along said path, and a presser foot and wiper device reciprocable on said element in a plane parallel to the plane of said base, and means resiliently and operatively connecting said carriage means and said label applying means to said driving means.

12. In a labeling apparatus, a support, a presser foot oscillatable on said support, a pair-of wiper arms oscillatable on said support, said wiper supporting armsv being pivotally connected and adapted to extend respectively on opposite sides of said presser foot, and a toggle connection be- .piclier support, a label magazine spaced fromsaid first path, and means to move said picker support in said second path to move said picker between said magazine and saidfirst path and turn said picker with respect tosaid picker support during such movement.

14. In a labeling apparatus, means to'support and move an article along a predetermined'path,

a picker support mounted for swinging movement through a path transverse to said first path, a picker pivoted upon said picker support, a label magazine spaced from said first path, and means to move said picker support in said transverse path to move said pi ckerbetween said magazine and said first path and turn said picker with respect to said picker support during such movement. H v I 15. In a labeling apparatus, means to support and movean article along a predetermined path,

a picker support movable through a pathtransw verse to said first path, a picker pivoted upon said picker support, a presser foot, a wiper device, said presser foot and wiper device being mounted for movement toward said first path, a

label magazine spaced from said first path, and

means to move said picker support in said transverse path to move said picker from said magazine to conduct a label ,to an article, then turn 7 said picker with respect to said picker support and move said presser foot and wiper device into contact with the label. 7 r v 7 16. In a labeling apparatus, means to support and move an article along a predetermined path,

a picker support oscillatable through a path transverse to said first path, a picker pivoted upon said picker support, a presser foot, a wiper device, said presser foot and wiper device being mounted for movement toward said first path in a plane transverse to that in which the articles stand, a label magazine spaced from .said first path, and means to move said picker from said magazine to conduct a label to an article, then turn said picker with respect to said picker support and move said presser foot and wiper device into contact with the label.

17. In alabeling apparatus, means to support an article, a picker plate movable to the article, a presser foot movable to the article, means to hold said picker plate parallel to a line along a surface of the article, move said presser foot to engage the label, and to turn said picker plate to carryits edge adjacent the article past said surface of the article.

18. In a labeling apparatus, conveyor means to support and move articles along a predetermined path, alabel magazine, a picker movable between said pathand said magazine, means. re-

siliently connected to said picker to move the latter, and means adjacent said conveyor means to hold the picker against movement when no article is present on the conveyor for labeling.

19. In a labeling apparatus, a presser foot, a 'wipersupport, wiper arms pivoted on said support, bowed spring extending about thepivot of the arms to urge the arms together, and cooperto spread the wiper arms.

, 20. In a labeling apparatuaa support, a picker carrier reciprocable onsaid support, a picker plate pivoted on said carrier, means to turn said picker plate with respect'to said carrier during reciprocation of the latter and means reciprocable with said carrier to control pivotal movement of said platew l 21; In a labeling apparatus, a base, a carriage reciprocable on said base, label handling elements oscillatable on-said carriage, means to reciprocate said carriage, and means movable in the planeof movement of said ca'rriagefor os cillating said label handling elements.

'22. In a labeling apparatusfmeans to support and move articles in a predetermined path, a carriage movable along said path, a pair of picker elements mounted onsaid carriage and movable in a plane at an angle to said path, and a wiper device mounted for oscillation on said carriage in a plane parallel to andabove said path.

23. In a labeling apparatus, means to support anarticle, a carria e, a picker support oscillatable on said carriage, a pair of' picker plates pivoted onsaid picker support, a wiper device oscillatable on said carriage in a planeat right angles to the plane of oscillation of said picker support, and means to move said picker support to carry said picker plates to said article support, swing said picker plates on the picker support to spread the same and to move said wiper device between said picker plates.

24. In a labeling apparatus, means to support and move articles along a horizontal path, a carriage movable along said path, label app ing elements carried by said carriage and movable laterally and vertically toward said path, and means to move said supporting means, carriage and label applying elements in synchronism.

25. In a labeling apparatus, continuously movingmeans to support and move articles along a predetermined path, a carriage reciprocable along said path, elements carried by said carriage movable laterally toward said path and adapted to cooperate todeliver and apply labels to articles, certain of said elements being movable vertically and other of said elements being movable horizontally, and means to move said supporting means, carriage and label applying elements in synchronism.

26. In a labeling apparatus, continuously moving means to support and move articles along a predetermined path, a carriage reciprocable along said path, elements carried by said carriage movable laterally toward said path and adapted to cooperate to deliver and apply labels to articles, certain of said elements'beingmovable in one path and other of said elements being movable in a path approximately at right angles to the last-mentioned path, and means to move said supporting means, carriage and label applying elements in synchronism. r

27. In a labeling apparatus, means to support and move articles in a predetermined path,

ating means on the arms and on said presser foot j an element reciprocable along saidpath, and a presser foot and wiper device mounted on said element for swinging movement in a plane parallel to the plane of said path.

28. In a labeling apparatus, means to support and move articles along a predetermined path, a carriagem'pvable along said path, label applying elements mounted on said carriage and means to move said carriage and move said elements successively into contact with the article during a single movement of the carriage along said path.

2.9. In a labeling apparatus, means to support and move articles along a predetermined path, a carriage reciprocable along said path, label applying elements mounted on said carriage and means to move said carriage and move said elemlents successively into contact with the article during a single stroke of the carriage.

30. In a labeling apparatus, means to support and move articles along a predetermined path, a carriage reciprocable along said path, label applying elements mounted on said carriage and means to move said carriage and move said elements successively into contact with the article during a single stroke of the carriage, certain of said elements being movable vertically of the carriage and other of said elements being movable horizontally of the carriage.

31. In a labeling apparatus, means to support and move articles along a predetermined path, a carriage movable along said path, label applying elements carried by said carriage and movable laterally with respect to said carriage toward said path, and means to move said supporting means, carriage and label applying elements in synchronism.

32. In a labeling apparatus, means to support and move articles along a predetermined path, a carriage movable along said path, a label picker element, a label wiper element, a label presser, said three elements being carried by said carriage and movable toward the article path, and means to move said carriage and said elements substantially at the same linear speed as said supporting means at least while said elements are adjacent the article.

33. In a labeling apparatus, means to support and move articles along a predetermined path, a carriage movable along said path, a label picker element, a label wiper element, a label presser element, said elements being carried by said carriage and movable laterally with respect to said carriage toward said path, and means to move said supporting means, carriage and elements in synchronism.

34. In a labeling apparatus, means to support and move articles along a predetermined path, a carriage reciprocable along said path,

label applying elements carried by said carriage and movable laterally with respect to said carriage toward said path, and means to move said supporting means, carriage and label applying elements in synchronism.

35. In a labeling apparatus, a support, a picker carrier reciprocable on said support, a picker'plate pivoted on said carrier, a cam follower on said picker plate, a cam, on said support engaged by said cam follower including a dwell into which said cam follower may move, a spring to urge said cam follower against said cam, and means slidable with said carrier to control swinging movement of the picker plate induced by said spring.

36. In a labeling apparatus, means to support and move articles along a predetermined path, a carriage reciprocable along said path, a picker element mounted on a pivot extending horizontally'of said carriage, a wiper element and a presser element mpunted on a pivot extending vertically of said carriage, and means to move said elements successively into contact with the article during a single stroke of the carriage.

PAUL R. POWELL. 

